نتایج جستجو برای: mono symmetric i beams

تعداد نتایج: 1160131  

Journal: :International Mathematics Research Notices 2023

Abstract We prove that the bi-invariant Einstein metric on $SU_{2n+1}$ is isolated in moduli space of metrics, even though it admits infinitesimal deformations. This gives a non-Kähler, non-product example this phenomenon adding to famous $\mathbb{C}\mathbb{P}^{2n}\times \mathbb{C}\mathbb{P}^{1}$ found by Koiso. apply our methods derive similar solitonic rigidity results for Kähler–Einstein met...

Journal: :Physical review letters 2011
S H Glenzer B J MacGowan N B Meezan P A Adams J B Alfonso E T Alger Z Alherz L F Alvarez S S Alvarez P V Amick K S Andersson S D Andrews G J Antonini P A Arnold D P Atkinson L Auyang S G Azevedo B N M Balaoing J A Baltz F Barbosa G W Bardsley D A Barker A I Barnes A Baron R G Beeler B V Beeman L R Belk J C Bell P M Bell R L Berger M A Bergonia L J Bernardez L V Berzins R C Bettenhausen L Bezerides S D Bhandarkar C L Bishop E J Bond D R Bopp J A Borgman J R Bower G A Bowers M W Bowers D T Boyle D K Bradley J L Bragg J Braucht D L Brinkerhoff D F Browning G K Brunton S C Burkhart S R Burns K E Burns B Burr L M Burrows R K Butlin N J Cahayag D A Callahan P S Cardinale R W Carey J W Carlson A D Casey C Castro J R Celeste A Y Chakicherla F W Chambers C Chan H Chandrasekaran C Chang R F Chapman K Charron Y Chen M J Christensen A J Churby T J Clancy B D Cline L C Clowdus D G Cocherell F E Coffield S J Cohen R L Costa J R Cox G M Curnow M J Dailey P M Danforth R Darbee P S Datte J A Davis G A Deis R D Demaret E L Dewald P Di Nicola J M Di Nicola L Divol S Dixit D B Dobson T Doppner J D Driscoll J Dugorepec J J Duncan P C Dupuy E G Dzenitis M J Eckart S L Edson G J Edwards M J Edwards O D Edwards P W Edwards J C Ellefson C H Ellerbee G V Erbert C M Estes W J Fabyan R N Fallejo M Fedorov B Felker J T Fink M D Finney L F Finnie M J Fischer J M Fisher B T Fishler J W Florio A Forsman C B Foxworthy R M Franks T Frazier G Frieder T Fung G N Gawinski C R Gibson E Giraldez S M Glenn B P Golick H Gonzales S A Gonzales M J Gonzalez K L Griffin J Grippen S M Gross P H Gschweng G Gururangan K Gu S W Haan S R Hahn B J Haid J E Hamblen B A Hammel A V Hamza D L Hardy D R Hart R G Hartley C A Haynam G M Heestand M R Hermann G L Hermes D S Hey R L Hibbard D G Hicks D E Hinkel D L Hipple J D Hitchcock D L Hodtwalker J P Holder J D Hollis G M Holtmeier S R Huber A W Huey D N Hulsey S L Hunter T R Huppler M S Hutton N Izumi J L Jackson M A Jackson K S Jancaitis D R Jedlovec B Johnson M C Johnson T Johnson M P Johnston O S Jones D H Kalantar J H Kamperschroer R L Kauffman G A Keating L M Kegelmeyer S L Kenitzer J R Kimbrough K King R K Kirkwood J L Klingmann K M Knittel T R Kohut K G Koka S W Kramer J E Krammen K G Krauter G W Krauter E K Krieger J J Kroll K N La Fortune L J Lagin V K Lakamsani O L Landen S W Lane A B Langdon S H Langer N Lao D W Larson D Latray G T Lau S Le Pape B L Lechleiter Y Lee T L Lee J Li J A Liebman J D Lindl S F Locke H K Loey R A London F J Lopez D M Lord R R Lowe-Webb J G Lown A P Ludwigsen N W Lum R R Lyons T Ma A J MacKinnon M D Magat D T Maloy T N Malsbury G Markham R M Marquez A A Marsh C D Marshall S R Marshall I L Maslennikov D G Mathisen G J Mauger M -Y Mauvais J A McBride T McCarville J B McCloud A McGrew B McHale A G MacPhee J F Meeker J S Merill E P Mertens P A Michel M G Miller T Mills J L Milovich R Miramontes R C Montesanti M M Montoya J Moody J D Moody K A Moreno J Morris K M Morriston J R Nelson M Neto J D Neumann E Ng Q M Ngo B L Olejniczak R E Olson N L Orsi M W Owens E H Padilla T M Pannell T G Parham R W Patterson G Pavel R R Prasad D Pendlton F A Penko B L Pepmeier D E Petersen T W Phillips D Pigg K W Piston K D Pletcher C L Powell H B Radousky B S Raimondi J E Ralph R L Rampke R K Reed W A Reid V V Rekow J L Reynolds J J Rhodes M J Richardson R J Rinnert B P Riordan A S Rivenes A T Rivera C J Roberts J A Robinson R B Robinson S R Robison O R Rodriguez S P Rogers M D Rosen G F Ross M Runkel A S Runtal R A Sacks S F Sailors J T Salmon J D Salmonson R L Saunders J R Schaffer T M Schindler M J Schmitt M B Schneider K S Segraves M J Shaw M E Sheldrick R T Shelton M K Shiflett S J Shiromizu M Shor L L Silva S A Silva K M Skulina D A Smauley B E Smith L K Smith A L Solomon S Sommer J G Soto N I Spafford D E Speck P T Springer M Stadermann F Stanley T G Stone E A Stout P L Stratton R J Strausser L J Suter W Sweet M F Swisher J D Tappero J B Tassano J S Taylor E A Tekle C Thai C A Thomas A Thomas A L Throop G L Tietbohl J M Tillman R P J Town S L Townsend K L Tribbey D Trummer J Truong J Vaher M Valadez P Van Arsdall A J Van Prooyen E O Vergel de Dios M D Vergino S P Vernon J L Vickers G T Villanueva M A Vitalich S A Vonhof F E Wade R J Wallace C T Warren A L Warrick J Watkins S Weaver P J Wegner M A Weingart J Wen K S White P K Whitman K Widmann C C Widmayer K Wilhelmsen E A Williams W H Williams L Willis E F Wilson B A Wilson M C Witte K Work P S Yang B K Young K P Youngblood R A Zacharias T Zaleski P G Zapata H Zhang J S Zielinski J L Kline G A Kyrala C Niemann J D Kilkenny A Nikroo B M Van Wonterghem L J Atherton E I Moses

We demonstrate the hohlraum radiation temperature and symmetry required for ignition-scale inertial confinement fusion capsule implosions. Cryogenic gas-filled hohlraums with 2.2 mm-diameter capsules are heated with unprecedented laser energies of 1.2 MJ delivered by 192 ultraviolet laser beams on the National Ignition Facility. Laser backscatter measurements show that these hohlraums absorb 87...

2003
R. Bhatt M. Hess

Abstract A three-dimensional model of intense bunched beams is developed for cylindrical and corrugated conducting pipes. Updated comparisons between the current limits derived from this model and experimental data from PPM focusing klystrons are presented. An electrostatic Green’s function is formulated for azimuthally symmetric slowwave structures. Analytical and numerical results are present...

2008
Nir Gavish Luat T. Vuong Alexander L. Gaeta

We present an analytic method for predicting the initial self-focusing dynamics of high-power beams and pulses. Using this method we study the filamentation pattern of a variety of input profiles, without solving partial differential equations. In particular, this method shows that in the anomalous regime, high-power pulses with temporal super-Gaussian profiles will split in time into two short...

1984
FRANK KRIENEN

If we put a voltage between the magnetic shunt and two conducting plates perpendicular to the z-axis in a symmetric fashion, we would obtain the same shape of the electric field, because both E and B may be derived as gradient of a potential. We propose to explore this simple physical system, in which E and B are everywhere parallel, to obtain low temperature, magnetically confined electron beams.

Journal: :Dalton transactions 2011
Kalyan K Sadhu Susan Sen Parimal K Bharadwaj

Two laterally non-symmetric aza-oxa cryptands have been derivatized with the electron-withdrawing fluorophore, 7-nitrobenz-2-oxa-1,3-diazole to obtain the corresponding mono-, bis- and tris-products. In each case, no appreciable emission is observed when the fluorophore is excited due to an efficient photoinduced intramolecular electron transfer (PET) from the lone pair on nitrogen present in t...

Journal: :Magnetic resonance in chemistry : MRC 2013
Maria Misiak Wiktor Koźmiński Kazimierz Chmurski Krzysztof Kazimierczuk

The compressed sensing NMR (CS-NMR) is an approach to processing of nonuniformly sampled NMR data. Its idea is to introduce minimal l(p) -norm (0 < p ≤ 1) constraint to a penalty function used in a reconstruction algorithm. Here, we demonstrate that 2D CS-NMR spectra allow the full spectral assignment of near-symmetric β-cyclodextrin derivatives (mono-modified at the C6 position). The applicati...

Journal: :Journal of the Structural Division 1980

پایان نامه :وزارت علوم، تحقیقات و فناوری - دانشگاه تحصیلات تکمیلی صنعتی کرمان - دانشکده علوم پایه 1392

در این پایان نامه بر مقاله ی an iterative method for the symmetric and skew symmetric solutions of a linear matrix equation axb+cyd =e نوشته ی xingping sheng و guoliang chen، مروری داشته ایم. در این مقاله دو روش تکراری برای حل معادله ی ماتریسی خطی axb+cyd=e ارائه شده است. روش اول جواب معادله را به صورت متقارن و روش دوم جواب معادله را به صورت پادمتقارن ارائه می دهد. تعدادی مثال های عددی را با...

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